Mineral Insulated Electric Cable Heat Trace With Copper Alloy Conductor

Brand Name:MICH
Certification:ISO9001
Model Number:ESMIECHT
Minimum Order Quantity:1 meter
Delivery Time:in one month
Place of Origin:China
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Address: 1200 N Fuxing Rd Wutong Dist Tongxiang 314500 Zhejiang P. R China
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Product Details

Energy Saving Mineral Insulated Electric Cable Heat Trace

Energy Saving Mineral Insulated Electric Cable Heat Trace is a better heat trace solution against conventional steam or hot water heat trace. It performs the advantages as below:


A. The heat consumption of the heat tracing pipeline is related to the heat dissipation area. The electric heat tracing products generally have a small external size. When laying, the pipe diameter of the steam or hot water tracing pipe is between φ12 and φ50 which is greatly larger.

B. There is only line contact between steam or hot water tracing tube and process pipeline, and the heat transfer efficiency is generally 40% ~ 60%; the electric heat tracing product is flat, with the help of aluminum tape can form a wide heat exchange surface, its heat exchange rate up to 90% ~ 96%.

C. When steam or hot water is used for heating, in order to ensure the temperature at the far point of the pipeline, and to consider the heat loss and leakage along the way, superheat compensation must be made at the near point; while electric heating does not need superheat compensation, because its heat release is uniform throughout the line length direction.

D. The loss of heat transfer in steam and hot water is much greater than that in electricity transfer. When the heating tube is far away from the heat source, a lot of losses along the line, and the power transmission loss is less.

E. An ideal heat tracing line requires a year-round heat tracing or even a day-night heat tracing that varies with temperature.Electric tracing can achieve the required amount of heat by strictly tracking the temperature through the temperature control system, while steam or hot water is extremely difficult to ensure.

Therefore, some process pipelines that require more stringent temperature control by electric tracing can not only save energy, but also ensure process requirements.


Cable Structure


Application


Copper sheathed heating cable (MICU)Maximum output power(W/m)
Freezing Prevention for metal gutters and downpipes49
Freezing Prevention for non-metal gutters and downpipes16
Vessel and piping process temperature maintaining59
Freezing Prevention for metal containers and pipes59
Metal roof snow-melting49
High-density polyethylene outer sheathed copper sheathed heating cable (MIHC)
Freezing Prevention for metal containers and pipes26
Freezing Prevention non-metallic containers and pipes13
Snow melting on asphalt slopes82
Non-metallic roof ice or snow melting26
Freezing Prevention for metal gutters and downpipes26
Freezing Prevention for non - metallic gutters and downpipes16
Concrete floor heating33
Rising or defrosting prevention for cold storage ground23
Freezing Prevention for metal containers and pipes99

Note: when heating cables are used for heat tracing of vessels and pipes, the maximum output power must be controlled to ensure that the sheath temperature does not exceed its maximum allowable temperature or the spontaneous combustion temperature of the area (for hazardous areas).


Specification

Heating cable instruction code


MI CU-B 16K320/60/2520/220/E1

No. 1 2 3 4 5 6 7


No.Instruction
1Sheath materialCU
2structure of cable componentsshown in table 1
3cable codesshown in table 2, 3 and 4
4length of heating cableIn meter
5Heating cable powerIn Watt
6heating cable voltageIn Volt
7heating cable voltageSee table 5

Cable Code


1 6 K 320

No. 1 2 3 4


Serial NO.Instruction
1core number1 or 2
2Voltage grade3=300V, 6=600V
3conductor materialsC,K
4cold resistance ×1000320=0.32Ω/m×1000

Table 1 Structure of Cable Element


Note: Model C, F and G are suitable for being used at temperature under 65


Table 2 Heating Cable Specification (600V Single Conductor)


Cable CodeDiameterHDPE DiameterStandard resistance value at +20Maximum Production LengthUnit weight
mmmmΩ/mmkg/km
16C1.78.2100.0017350366.54
16C2.27.69.40.0022380307.77
16C2.97.08.80.0029400264.45
16C45.97.70.004600190.88
16C75.37.10.007600154.08
16C114.96.70.011600132.25
16C134.66.40.013600 (300)☆125.7
16C174.66.40.017600 (300)☆117.16
16C214.66.40.021600 (300)☆111.9
16C253.75.50.025600 (480)☆68.83
16C333.75.50.033600 (480)☆63.76
16C403.45.20.04600 (560)☆58.87
16C633.250.06360051.47
16K806.88.60.08370 (140)☆254.18
16K1005.270.1450 (240)☆162.11
16K1404.96.70.14600 (270)☆122.55
16K1974.456.250.197600 (330)☆111.32
16K2204.56.30.22600 (330)☆102.89
16K3154.36.10.315600 (350)☆91.44
16K3454.26.00.345600 (370)☆85.9
16K4504.05.80.45600 (400)☆80.73
16K6304.05.80.63600 (400)☆77.26
16K8003.55.30.8600 (530)☆61.48
16K12502.84.61.2560040.83
16K20002.84.62.060038.96

Table 3 Heating Cable Specification (600V Double Conductors)


Cable CodeDiameterNominal resistance at +20Maximum manufacturing lengthUnit weight
mmΩ/mmkg/km
26C3.412.90.0034150783.76
26C4.412.20.0044160701.56
26C5.811.30.0058170606.16
26C8.69.900.0086180451.43
26C11.49.300.0114200400.05
26C13.89.000.0138210375.20
26C17.28.600.0172220344.90
26C238.000.023250303.25
26C34.47.500.0344280269.20
26C49.27.100.0492300243.84
26K2409.900.24180451.43
26K3209.300.32200400.05
26K3849.000.384210375.20
26K4808.600.48220344.90
26K6408.000.64250303.25
26K9607.500.96280269.20

Table 4 Heating Cable Specification (300V Double Cores)


Cable CodeDiameterNominal resistance at +20Maximum manufacturing lengthUnit weight
mmΩ/mmkg/km
23C3.412.00.0034200708.10
23C4.411.30.0044220629.07
23C5.810.40.0058240537.73
23C8.69.000.0086260392.56
23C11.48.400.0114280343.89
23C13.88.000.0138300314.57
23C17.27.600.0172320286.27
23C237.100.023340252.98
23C34.46.600.0344360221.19
23C49.26.200.0492380197.64
23K16010.40.16220508.37
23K2409.000.24240392.56
23K3208.400.32265343.89
23K3848.000.384280314.57
23K4807.700.48300291.91
23K6407.100.64320252.98
23K9606.500.96350216.11

Note: the resistance value of 2-core cable in the above table is the measured value after the ends are twisted (i.e., single-core resistance X2);

For the use of 660V voltage occasions, please contact our company professionals;

Mark of (300)☆ is a recommended production length by MICH


Table 5 terminal specifications


Model: A, D, EModel: B
Maximum Voltage(V)Maximum Current (A)Terminal SpecificationMaximum Voltage(V)Maximum Current (A)Terminal SpecificationMaximum Voltage(V)
60015E220E115E1
60020E225E220E1
60030E340E230E2
60050E370E250E2
60070E3100E370E2

Note 1: E1 means 1/2 "NPT;E2 means 3/4 "NPT;E3 represents 1 "NPT (taper thread);Additional connection thread requirements are available.

Note 2: the length of cold end cable with standard configuration is 2 meters. If you increase or decrease of length required, please contact our professional personnel.


Corresponding reference table between the output power and sheath temperature


Note: when applying a copper conductor heating cable, please pay attention to the conversion of its heated hot resistance and unheated cold resistance.


Anticorrosive specification


Material

MICU

MIHC
SulfateNot recommendExcellent
Hydrochloric acidNot recommendExcellent
Hydrofluoric acidAcceptableAcceptable
PhosphateAcceptableAcceptable
CarbonateNot recommendAcceptable
Organic acidAcceptableNot recommend
Alkali metalAcceptableAcceptable
Sea waterNot recommendAcceptable
ChlorideData checking requiredAcceptable

Explosion-proof instructions


MIAL series heating cable with explosion-proof terminal, can be used in potential explosive environment. Authenticated by the Chinese CQST, in accordance with Chinese GB3836 explosion-proof electrical standards, they can be applicable to A, B, Ⅱ C (C1D2) level of explosion-proof electrical equipment.


China Mineral Insulated Electric Cable Heat Trace With Copper Alloy Conductor supplier

Mineral Insulated Electric Cable Heat Trace With Copper Alloy Conductor

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